Brandenburg farmers rely on chickpeas to combat climate change!

Brandenburg farmers rely on chickpeas to combat climate change!

In Brandenburg, farmers are faced with the challenge of adapting to changing climatic conditions. The Trebbin agricultural cooperative in particular has an eye on the chickpea. This strong plant proves to be a true survivor when it comes to drought and heat. A small cultivation trial has been underway here since 2020, which has now grown to eight hectares. Loud rbb24 Chickpeas thrive particularly well on the Märkisch sandy soil and offer hope for a promising harvest.

The first phase of cultivation has already delivered promising results - the current plants are around 30 centimeters tall and the leaves are slowly starting to turn yellow, indicating that harvest is coming soon. Harvesters are then used to collect the chickpeas with a combine harvester and then dry and market them, always with the aim of making them usable for human consumption.

Global perspectives on chickpeas

Despite their usefulness, chickpeas are not yet one of the main crops for the global diet. However, this is set to change as research shows they are an excellent alternative to other legumes. An international team led by Wolfram Weckwerth has discovered that different chickpea varieties can cope with drought stress differently reports the Open Science Platform. These findings are not only crucial for breeding drought-resistant varieties, but could also help improve agricultural sustainability.

Due to the constant improvement in chickpea breeding and the use of modern technologies, such as artificial intelligence to identify drought tolerance markers, there is a good chance that nutrient efficiency in agriculture will increase and the chickpea will find a permanent place in cultivation. With its high protein content and diverse uses, the legume can not only complement grain cultivation, but also make the global food system more sustainable.

Agricultural aspects

However, the chickpea also has its own requirements when it comes to cultivation. This begins with sowing, which ideally takes place between April and May, with germination starting at a soil temperature of 7 degrees Celsius as organic farming describes. With a recommended density of 50 plants per square meter, the areas can be used efficiently. Despite the susceptibility to some harmful fungi such as Ascochyta, fertilization is not absolutely necessary because chickpeas bind nitrogen in the soil. These properties make it an environmentally friendly and sustainable food.

Recent cultivation tests show that chickpeas can be grown in urban areas and could thus contribute to urban food security. The different varieties differ greatly in how they deal with drought, showing how important genetic diversity is for adapting to climate change.

In summary, it can be said that chickpeas can play an important role in the future of agriculture not only in Brandenburg, but worldwide. With their high adaptability to changing climatic conditions, they may be exactly what many farmers need to ensure a sustainable and profitable harvest.